The transmission of infectious diseases of livestock does not differ in principle from disease transmission in any other animals, apart from that the aim of control is ultimately economic, with the influence of social, political and welfare constraints often poorly defined. Modelling of livestock diseases suffers simultaneously from a wealth and a lack of data. On the one hand, the ability to conduct transmission experiments, detailed within-host studies and track individual animals between geocoded locations make livestock diseases a particularly rich potential source of realistic data for illuminating biological mechanisms of transmission and conducting explicit analyses of contact networks. On the other hand, scarcity of funding, as comp...
The first objective of this chapter is to review how climate change and climate variability may affe...
Data on cattle movements within the United Kingdom have recently become available. As part of the co...
National audienceModelling is a pertinent approach: (1) to better understand and to predict pathogen...
The transmission of infectious diseases of livestock does not differ in principle from disease trans...
AbstractThe transmission of infectious diseases of livestock does not differ in principle from disea...
The transmission of infectious diseases of livestock does not differ in principle from disease trans...
Diseases that affect both wild and domestic animals can be particularly difficult to prevent, predic...
Executive summary A systematic review of the published literature was undertaken, to explore the abi...
Infectious diseases continue to cause significant financial, economic and health issues. Much work h...
Modeling of infectious diseases at the livestock-wildlife interface is a unique subset of mathematic...
Climate change has the potential to impair livestock health, with consequences for animal welfare, p...
To eradicate or control the spread of infectious diseases, knowledge on the spread of the infection ...
<p>‘Big-data’ epidemic models are being increasingly used to influence government policy to help wit...
‘Big-data’ epidemic models are being increasingly used to influence government policy to help with c...
The first objective of this chapter is to review how climate change and climate variability may affe...
Data on cattle movements within the United Kingdom have recently become available. As part of the co...
National audienceModelling is a pertinent approach: (1) to better understand and to predict pathogen...
The transmission of infectious diseases of livestock does not differ in principle from disease trans...
AbstractThe transmission of infectious diseases of livestock does not differ in principle from disea...
The transmission of infectious diseases of livestock does not differ in principle from disease trans...
Diseases that affect both wild and domestic animals can be particularly difficult to prevent, predic...
Executive summary A systematic review of the published literature was undertaken, to explore the abi...
Infectious diseases continue to cause significant financial, economic and health issues. Much work h...
Modeling of infectious diseases at the livestock-wildlife interface is a unique subset of mathematic...
Climate change has the potential to impair livestock health, with consequences for animal welfare, p...
To eradicate or control the spread of infectious diseases, knowledge on the spread of the infection ...
<p>‘Big-data’ epidemic models are being increasingly used to influence government policy to help wit...
‘Big-data’ epidemic models are being increasingly used to influence government policy to help with c...
The first objective of this chapter is to review how climate change and climate variability may affe...
Data on cattle movements within the United Kingdom have recently become available. As part of the co...
National audienceModelling is a pertinent approach: (1) to better understand and to predict pathogen...